It benefits MCP clients (ChatGPT, Claude, Cursor, Goose) more than the MCP servers and the service behind the MCP servers (GitHub, Figma, Slack).
2,635 karma · joined March 23, 2014
Frontier Log - The database of AI events, models and benchmarks from official sources
https://frontierlog.ai/
--
Older projects
16x Eval - Effortlessly evaluate prompts and models
https://eval.16x.engineer/
16x Prompt - Streamline AI Coding Workflow
https://prompt.16x.engineer/
https://ai-simulator.com/
https://16x.engineer/
[ my public key: https://keybase.io/paradite; my proof: https://keybase.io/paradite/sigs/KmrMtMWIIJSc-46410nPNevLQ4ICFUNP-F2RTCKTVhc ]
It benefits MCP clients (ChatGPT, Claude, Cursor, Goose) more than the MCP servers and the service behind the MCP servers (GitHub, Figma, Slack).
Most developers are currently building MCP servers that wrap a 3rd party or wrap their own service. And in this case, they are still at deciding on the tools in design-time, not runtime.
Also I want to mention that both Cursor and Claude desktop don't support dynamic toggling on / off tools within a MCP server, which means users can't really pick which tools to expose to AI. It exposes all tools within a MCP server in current implementation.
I wrote my first impressions of Devin here: https://thegroundtruth.substack.com/p/devin-first-impression...
https://paradite.github.io/ai-coding/
Also there are a lot of cli tools in this space:
Being a judge in a hackathon is one of the criterion for O-1 visa.
https://www.linkedin.com/pulse/getting-o-1-visa-easier-than-...
We need exceptional people who can push boundaries and do exceptional work in order to progress.
Is there some bottleneck there that prevents RL from scaling up performance to larger non-MoE model?
First layer just describes on high level, the tools available and what they do, and make the model pick or route the request (via system prompt, or small model).
Second layer implements the actual function calling or OpenAPI, which then would give the model more details on the params and structures of the request.
I have always put Windows signing on hold due to the cost of commercial certificate.
Is the Azure Trusted Signing significantly cheaper than obtaining a commercial certificate? Can I run it on my CI as part of my build pipeline?
I wrote a step-by-step guide for the app I built: https://prompt.16x.engineer/guide/claude
This is the feature I use the most.
If I can ask one more question, why don't Ollama use binaries of pre-built llama.cpp with Vulkan support directly?
Shouldn't it just call Llama.cpp and let Llama.cpp handle the flags internally within Llama.cpp? I'm thinking from an abstraction layer perspective.
This is not a sarcastic comment. I'm genuinely happy that this was the outcome.
Still it's not immediate obvious from README that there is an option to download it. There are instructions on how to build it, but not how to download it. Or maybe I'm blind, please correct me.
Sorry I'm not sure what's the relationship exactly between the two projects. This is a genuine questions, not a troll question.
As someone who built apps for Windows, Linux, macOS, iOS and Android, it is not trivial to ensure your new features or updates work on all platforms, and you have to deal with deprecations.
- It doesn't have a website
- It doesn't have a download page, you have to build it yourself
Here's how to run deepseek-r1:14b (DeepSeek-R1-Distill-Qwen-14B) and set it to 8k context window:
ollama run deepseek-r1:14b
/set parameter num_ctx 8192
/save deepseek-r1:14b-8k
ollama serveNot accusing you anything. Could be that you happen to write in a way similar to LLMs. Could be that we are influenced by LLM writing styles and are writing more and more like LLMs. Could be that the difference between LLM generated content and human-generated content is getting smaller and harder to tell.